Technical Data Sheet DiPaMat TM Legend Ink Wh04. UV curable white inkjet ink for legend printing. August Materials

Transcription

1 Technical Data Sheet DiPaMat TM Legend Ink Wh04 UV curable white inkjet ink for legend printing August 2016

2 PRODUCT overview Description DiPaMat TM Legend Ink Wh04 DiPaMat TM Cleaning Solution Packing unit 2 x 0,9 L 2 x 1 L Order code 4OHKE 4NQRK Technical Datasheet Wh04 Page 2/8 ab

3 DiPaMat TM Legend Ink Wh04 is a non toxic, highly opaque white UV-curable legend, marking and nomenclature ink. The ink is designed for application on both semi- and fully cured solder mask by means of inkjet technology and is curable with LED. FEATURES - High opacity white ink and non yellowing - Fast UV curing with doped, non-doped Hg bulb and other UV lamp types - Fast UV curing with LED (395nm, 385nm and 365nm) - Excellent jetting performance and robustness on industrial print heads - Excellent image quality - Excellent adhesion and hardness to both semi and fully cured solder mask - Low sedimentation behavior with high recovery power - Non toxic - Good shelf life - RoHS and REACH compliant; halogen free - No volatile organic components INK PROPERTIES - Color: Bright White - Static Surface Tension: C (Krüss K9 Tensiometer) - Density (25 C): g/cm³ (Paar DM60/DMA602) - Viscosity : mpa.s (45 shear rate 1000 s-1 Haake Rotovisco 1) - Dynamic viscosity (AR2000 Rheometer) DiPaMat Legend Wh04 Viscosity i.r.t. shear rates 30, 100 and 1000 s -1 Dyn. viscosity (mpa.s) s s s C 35 C 45 C 55 C 65 C Temperature ( C) Technical Datasheet Wh04 Page 3/8 ab

4 PRINTER / PRINTHEAD PLATFORM - Suitable in printing systems equipped with industrial piezo print heads - Typical printing mode for DiPaMat TM Legend inks includes : Jetting temperature : broad window, typical jetting at 38 C to 45 C Printing mode : suited for binary printing and grey scale printing, for single pass printing and multi pass printing Opacity depends on drop volume applied Important note: These settings are shown as example. The operation mode is not limited to these settings. Furthermore, the printing mode depends on the choice of the substrate, printing resolution, etc. APPROVED BY DiPaMat TM Legend Ink Wh04 is tested and approved by these printer manufactures: Microcraft Orbotech First EIE Adeon Hi-Print Wingate CURING DiPaMat TM Legend Ink Wh04 ink can be cured by both LED s and Hg Lamps: - Suitable to cure with LED 395 nm, 385 nm and 365 nm. Required energy for LED 395 nm is less than 200mJ/cm². - When exposed to a non doped mercury lamp (H-bulb) up to speeds more than 70 m/min. - UV Irradiance Energy Density UVA 2020 mw/cm² 600 mj/cm² UVB 1670 mw/cm² 470 mj/cm² UVC 330 mw/cm² 93 mj/cm² UVV 1180 mw/cm² 350 mj/cm² - Suitable to cure when exposed to one iron-doped mercury lamp (D-bulb) of 600 W/inch up to printing speeds of 50 m/min - Suitable to cure with metal halide UV lamp (A-bulb) - Thermal cure: 150 C for 20 min to 60 min Technical Datasheet Wh04 Page 4/8 ab

5 SEDIMENTATION AND RECOVERY DiPaMat TM Legend Ink Wh04 shows low sedimentation and high recovery behavior. After the printer is idle for a period of 3 days, one or two flushing sessions of ink (3-5 ml) are sufficient to start printing with all nozzles active. ADHESION - DiPaMat TM Legend Ink Wh04 printed on different types of semi and fully cured solder masks (from different suppliers) which are thermally cured during 20 minutes at 150 C shows excellent adhesion - The adhesion is evaluated by cross hatch and tape test method according to standard ISO On a wide variety of semi and fully cured solder masks test results were obtained between 0 and 2. The adhesion on fully cured solder mask is more critical but improves when the thermal curing time is extended. 60 minutes at 150 C is the optimal condition for thermal curing. PENCIL HARDNESS - DiPaMat TM Legend Ink Wh04 printed on different types of solder masks (from different suppliers) which are thermally cured during 20 minutes at 150 C shows a pencil hardness of > 7 H - Pencil hardness is tested according to standard ASTM D Technical Datasheet Wh04 Page 5/8 ab

6 COMPLIANCE TO INDUSTRY STANDARDS Standard Method Result Resistance to solvents MIL PRF 55110G A and A PASSED Marking adhesion MIL PRF 31032/2B and PASSED IPC-TM IPC-J-STD-003B Adhesion tape ISO2409 cross cut PASSED Ink on semi cured solder mask: 0-1 Ink on fully cured solder mask : 0-2 Pencil Hardness ASTM D PASSED Ink on semi cured solder mask: 8H-9H Ink on fully cured solder mask: 7H-9H Resistance: Chemical IPC-TM rev.B PASSED Resistance: Solder Solder limits: 288 C 20 sec Cfr. UL-file E Resistance: HASL Customer test PASSED Resistance: Ni/Au Customer test PASSED Resistance: Sn immersion Customer test PASSED IR reflow Customer test PASSED Halogen free Manufacturer EHS policy Conform IEC RoHS Manufacturer EHS policy Conform EU directive : 2005/618/EC REACH Manufacturer EHS policy No SVHC listed products cfr. MSDS Flammability Underwriters Laboratories UL standard : UL746E Vertical burning Outgassing ASTM E TML-WVR < 1.0 % CVCM < 0.1 % PASSED UL-file : E PASSED TML-WVR : = 0.23% CVCM : < 0.01 % Technical Datasheet Wh04 Page 6/8 ab

7 PACKAGING DiPaMat TM Legend Ink Wh04 is available in 1 L bottles. The bottles are filled with 0,9 l legend ink, leaving some space for better agitation. One order code is one shipping carton that contains 2 bottles i.e. 1,8 l of legend ink. SHELF LIFE 9 Months when stored under recommended conditions STORAGE Recommended storage conditions (in Agfa bottles) - 4 C to 23 C (39 F to 75 F): preferably 4 C to 10 C - Out of direct sunlight - Away from heat and (UV)-radiation sources RECOMMENDATIONS FOR BEST PERFORMANCE Instructions for use : - Check the compatibility of the ink / IJ-head / IJ-printer with the supplier - When converting to Agfa ink from a different ink supplier it is mandatory to flush the IJ-system with the designated cleaning chemical - Keep the ink in the sealed and closed bottle inside the cardboard box until usage - 12 hours before use the ink must be preconditioned at room temperature - Verify the expiry date of the ink - Shake the bottle of ink well for at least 1 minute before use in the printer - When adding ink to the printer, empty the whole content of the bottle if possible - Protect the ink from unintended UV exposure - Best adhesion and pencil hardness of the ink on the solder mask is obtained by: UV-curing with a Mercury UV lamp or LED 395/385 nm (cfr. Paragraph curing) followed by a baking step of 20 to 60 minutes at 150 C. Solder mask types / conditions : - DiPaMat TM Legend Ink Wh04 was tested on different brands and types of solder mask at different curing levels. The solder masks can be applied with different techniques (curtain coating, screen print, spray, ED, dry film). - The adhesion and pencil hardness of the applied legend ink is better on semi cured versus fully cured solder masks - When a UV-bump of the solder mask - for achieving a better solder ball resistance afterwards - is required, it is better to give this treatment after printing of the legend ink for a better adhesion Technical Datasheet Wh04 Page 7/8 ab

8 ENVIRONMENTAL, HEALTH & SAFETY The DiPaMat TM Legend inks have been developed in accordance with Agfa s environmental policy and responsibility for its products. The ingredients used in these UV curable inks have been specifically selected to have no toxicity and can be safely handled as long as routine precautions are taken. For information on ingredients as well as on recommendations or information on environmental, health and safety issues, we refer to the Material Safety Data Sheets (MSDS) of these inks. DiPaMat is a trademark of AGFA. Ink development and manufacturing processes are executed according to the Quality Management System of Agfa, which is ISO9001 certified. Disclaimer: The information and recommendations contained in this Technical Datasheet are based on AGFA in-house testing of the products, according to our knowledge. However, no guarantee is given regarding the applicability for any specific application of these products, because the results may vary with variation in the substrates and specific conditions. All users should therefore make their own tests to verify that any particular requirement for the printing process and for the end-user are fully met when using the AGFA products. While all information in this Technical Datasheet is provided in good faith the users bear sole responsibility for the use of the AGFA products for their specific user applications. Visit our website: You can contact us by DiPaMat@agfa.com Technical Datasheet Wh04 Page 8/8 ab